Revealing the antibacterial mechanism of dielectric barrier discharge cold plasma and lactic acid synergy against Pseudomonas fragi based on molecular docking and oxidative damage | Synapse
March 3, 2026Open Access
Revealing the antibacterial mechanism of dielectric barrier discharge cold plasma and lactic acid synergy against Pseudomonas fragi based on molecular docking and oxidative damage
Key Points
The antibacterial mechanism indicates effective action against Pseudomonas fragi, revealing new treatment potential.
A significant result shows enhanced antibacterial effects through oxidative damage interactions, highlighting synergy.
Molecular docking analysis shows how cold plasma and lactic acid work together to disrupt bacterial function.
This study suggests potential applications in food safety and hygiene, with promising outcomes for antibacterial treatments.